Bottle-washing apparatus.



0. RICK. BOTTLE WASHING APPARATUS'.

. VA'1 1 1.1mvr1orx FILED 23.10. 1905.

Patented Apr. 26, 1910.

8 SHEETS-SHEET 1.

move-mm *nanna Mewv BOTTLE msmc APPARATUS'. l v

APPLICATION FILED APR.10.1905.

I Patented Apr. 26, 1910.

8 SHEETS-SHEET 2.

y W "Yiwu rnvenn 0. EICK..

K BOTTLE WASHING APPARATV, Y

y APPLIOATION PILE un. 1o, 1905 956,056.`

0. RICK. -BOTTLE WASHING APPARATUS.

APPLmATIoN FILED AyR.1o,19o5. Y

YPatented A111126, 1910.

' 1 8 SHEETS-SHEET 5.

In ven-(57;:

y I o. RICK.v Y BOTTLE WASHING .^.IIABA'IUS.y l' Hrm-onion num .1.211.111,1905.

Patented Apr.26,191o.

8 SHEETS-SHEET 6.

gnveuroz',

, 0. EICK.

BOTTLE WASHING APPARATUS. APPLICATION FILED APB. 1o. 1905` Patented Apr. 26, 1910.

8 SHEETS-SHEET 7.

SHEET 8.

NMI,

Patented Apr. 26, y s sumso. BIGK; y BOTTLE WASHING APPARATUS.

APPLIOATION FILED APB. 10, 1905.

WW i' murmurs can z UNITED sai-farne rar-ENT @Fmg I,

1 Tor'romcir, 'or saumons. MAIYLYIQAND..

l iio'ifiLE-Wasinive APPARATUS.

"i specification of retiennent. Patented Apr, 26, 1910, y

, f f Application I'le'd April. 10, 19.05. Serial No. 254,851. if, v

To all 'whom it may concern:

" Be it known that l', Or'io EICK, acitizen of tii'eUnited States, residing at Baltimoie,

in the State of Maryland, have invented cer# tain new and' useful improvements in4 BottlelVa'shing Apparatus, oi which the following Vis a specification.

My present invention pertains to improvements 1n bottlelwashing apparatus, the construction and advantages of which will be' Vhereinafter set forth, reference being had to the annexed drawings, wherein:

F1 ure 1 is a side elevation of the appara- 4tus'; Jig. 2- a similar view, the parts being shown in a different position, or with the mouth-pieces raised and the spindles elevated; Fig. 'an end view, the parts being 'shown inthe same position 'as indicated in i Fig. 1; Fig. 4 an enlarged vertical sectional view,taken onfthe line 4 4 of Fig. 5; Fig.

i 5 a transversesectional' View, taken on the i' line 5-'-5 of Fig'. 4, the parts being broken I" away temere clearly show the. apparatus; Fig. 6 a top plan view of a portion of the -f'carrying plate, the' ormer being mouth-piece carrying late and the s indle roken l awayto more clearly show the latter; Fig. 7

`. al Vertical sectional view of one of thespin- 'files used in the initial operation upon tle bottle; Fig. 8 a transverse sectional view, on

` the line 8-8 of Fig. 7; Fig. 9 a similar view,

on the line 9-9 of Fig.` 7; Fig. 10 a side elevat-ion, partly in section, of one ofthe spindie membeis; Fig. 11 a similar view of the other spindle portions; Fig. 12 a vertical sectional view, showingthe mouth-pieces and l one of the spindles; Fg. 13 a side elevation -of the cams and the coacting parts employed to` actuate thespindle-elevating frames and the bottle-rack advancing mechanism, thev parts being shown in such position that the spindles are in their lowermost positions and.`

tie rack-advancing mechanism is just coniing into operation; Fig. 14 a similar view, showin the. parts i the positions they occupy W ien the spindles are elevated to their full extent and the rack-actuatingl mechanisni is returning toits initial or forward.

position; Fiff. 15v a vertical sectional view of the parts, the. positions thereof being the same as shown in 13'; Fig'. 16: a perspec'- V-trve view ofy one of t f e lifting cams: Fig. 17 a lside elevation. partlyin sectio'n, of the bottlc-rack advancing mechanism; Fig. 18 a top lan view thereof; Fili. 19 a'transvers'e ver! tical sectional view, ta-lien on the line 19-19 of Fig. 17; Fig. 20 a side elevation of a. portion of the bottle-rack advancing mechanism,

the partsheing shown in a slightly dierent position from that illustrated in 17' and 18, orinsuch positionthat the mechanism inay be drawn rearwardly to a position where it. will again stand ready to feed the Abottle-racks; Fig. 21a detail of a portion of the means employed for elevating the spindle-lifting plates; Fig. 22 a-sectional view of one o the brushes employed upon the exteriorof'the bottles; Fig. -23 a transverse horizontal sectional view thereof; and Y Fig. 24 a detail of one'of the rinsingl or 'spraying spindles. v

One object of my inreiition is to provide a simple andefl'ective machine for Washing bottles, the mechanism being capable of' cleaning the bottles upon both their vinner and outer faces and rinsing the interior of the bottles.

A further object is to provide anim- -proved mechanism whereby. the bottles'need not be raised or lowered after having been placed within the machine, the washing and rinsingy being effected by the use of a series of telescoping spindles which arc raised and lowered toward and from the bottles.

Another object is to provide an apparatus wherein bottles o various lengths may be washed without necessitating any adjustment of the machine, the parts automatically adjusting themselves according to the lengt of the bottles placed'within the racks.

Many advantages are incident to the conof which will be hereinafter set forth.

n struction of the machine herein shown, all

Referring to the drawings, and more pari ticularly to Figs. 1 to 3 inclusive, it will be seen that the frame of the machine is composed of two upright members, A and C, which are securely. fastened to a baseD, each member having a cross-har or member E at the upper end'thereof and a crossconnecting bar F located in a plane slightly below the middle of the apparatus. The members A and C .are connected to eacli other by angle-platesv G, G which are secured at the upper corners yof sai-d members. Braces H are secured between the members A and CV in line with the eros connecting A bars F, said braces and' angle-platesG, G'

securely bindingtlieparts together and scrv- `ing to render the iame as a whole. rigid.

A supplemental frame 1 (Fig. 3) is secured to oneside of the main frame of the inachine at therriidlength thereof, the' lower end of frame-1-being rigidly bolted to an rextension of the base D. This supplemental .will hereinafter appear in detail..

frame formstlie support .for the cam mechanism which operates the various parts, as

Secured to the members.A and C' are l bracketsJ, Fig. 3, upon which are mounted tracks. or ways K that extend throughout the lengthA of the frame of the machine and beyond the same to a point where the bottleracks L (which are supported thereon) may .be readily placed in position and likewise i position.

' ployed: Extending downwardly from the' In lorder present the racks to the machine and advance them automatically therethrough from the first set of spindles (which 1 l.-. L.. w,... 1,. y may ne' termed tue washing spindles) to the 1 second set of spindles (the rinsing spindles) and to automatically discharge them one at a time, the following mechanism is, em-

cross member E of the members A and C Yim are brackets M (see Figs.' 3, 17, 18 and 19) to .which are attached two L-shaped anglebars N, which extend throughout the length of the machine and overlie the bottoms of 'the bottles, forming a stop against which the bottles are raised by the action of the mouth-pieces, to bring the bottoms of all the bottles to the same level, for the purpose" of allowing the interior brushes to uniformly clean the interior faces of the bot' toms of the bottles. The brackets M also form the su port for a trough-sha ed member or bar 8, which may be move 'endwise through said brackts'as occasion demands. Bars P, P are placed above a trou h-shaped bar or member O, and hooks Q, ulcrumed at R upon hinges S secured to the troughshaped bar) are pivotally connected to said bars P, as will be best 'seen upon reference to Figs. 17 and 19. The depending ends of the hooks Q pass through openingsT formed in the'. lower portion of the trough-shaped bar O and normally stand in the path of travel of the upp'er member of the crates. Attached or secured to the bars P is a. rack U, which meshes with a sector gear V, mounted upon a shaft W. An oscillating motion is imparted toy said shaft by mechanism which will be hereinafter described, and' thebars P with the hooksQ, and troughshaped member O are moved back and forth through the brackets M, To the outer lefthand, end of bars P is securedV a rod or stem X, which passesv through the upsta-nding end of a bracket Y, secured to the troughshaped member O. The stein passes freely through the opening in the bracket and is to receive and hold the bottles in an inverted the interior vof the provided at its outer end with a nut and washer which bear againstandfconfines a.

coiled spring Z between the washer and the bracket, thereby `tendin normally to counterbalance the weighto the hooks Q, and' as a consequence allow them to be readily elevated-and d ressed by the longi-4 tudinal motion of the liars P, imparted by the rack U and. sector V. In order torlimitv the movement of the. bars Prelatively to' .the trough-shaped member O, and conseuently to limit the upward movement or e evation of the hooks, an adjustable stop pin A" is provided. Said pin bears against the end of one of the bars P and thereby 'serves to limit the movement and prevent the hooks from being elevated too great a distance.

In Fig. 17 'the partsY are shown in the `po-.

sitions which they occupy when the sector gear has rotated slightly and drawn the bars forwardly a short distance, independent of any movement of the trough-shaped meniber 0. This-initial movement of the hars P throws the hooks down into the positions as j shown in said figure, and as a consequence when the sector is rotated farther the troughshaped member 0 and bars P are moved foi-ward together, and the depending ends of the hooks Q. comeinto contact with the upper members of the bottle-racks and move ,the same forward the length of one rack.

In said Fig. 17, a rack is shown as being discharged, and a new one about to be int ro-` duced, the rack working over the rinsing spindles being moved outwardly and that which overlies the washing spindles moved `or advanced .to a position over the rinsing spindles. Upon the return movement of the 'sector the bars P are carried to the left in- ,dependently of thev member 0,' until the hooks are raised and assume the positionsV shown in Fig. 20.` A further movement will carry the trou h-shaped member O along with bars P an the parts will then be in a position'in which they can move the racks forward another step.

As above noted, it is designed to first submit the bottles to an internal and external 'washing and scrubbing throu h the action of rotary spindle brushes, al1 to then subject them to a. rinsing action upon their interior faces only. This is accomplished by the employment of a series of vertically-disposed spindles throu h some of which water and air are forced. uring the initial washing operation the spindles are passed into Vttles, and a seriesy of spindle brushes work upon theouter faces thereof, water being forced through the interior spindles and supplied to'th'e outer faces of the bottles and to the brushes which work between the same; In the final or rins- Y ing operation spindles areused upon the in-Y terior only of the bottles.

056,056 y f yt3 ll the spindles in the construction shoivn l are telescopio` being raised and loireredto- .'ivard and froint-he 'bottles b v mechanism 'which will hereinafter be described.

i As' willv be seen more particularly upon referenceto Fig. 4, the base of the machine formed with three separate chanieers',

Ciind D', B' designating the' compressed air chamber, C' the water chamber, and D' theoil chamber, in-'whicirthe gears that serveI to I., i'otate they spindles are mounted. -Thcbase-willupreferably be builtup in the 'A manner shown' Vin said figure, inasmuch as the parts may be readily formed and' assembled when the construction therein shown is c employed. The top of chamber D' is closed 'y by a pau or reeeptacleE, lwhich is designed to catch the water'that lruns down from the 1 ities.

The 'interior Washingspindles which pass s 'f iiito'the bottles are shown in detail in Pigs.

tends upwardly through the water chamber i C', and through the lower end of a tube H' fivliich is secured in the upper cover-plate or -wall of the water chamber C'. Said tube H" extendsto a point near the bottom of the water chamber C' and projects upwardlyl through the oil chamber D' to a point slightly v` abovethe bottoni of thepan. E. lBoth the i members F' and Il' are tix'ed and make a vclose joint lwith Athepartsto'ivhich they are secured', so thattlie water cannot pass into the'air chamber around pipes F', nor into the oil chamber around the upper portions f of the members H. .The bottom of pan E "is provided with'a series of threaded openings, in which are secured elongated bearing blocks or hubs I". designed to form the bearings for the rotatable sleeves'or members 3' Theloiver end. of eachof said members J' '45 while a rinr or washer L' 1 sleeve J and rests upon the upper end of a.

' tical movement of said member J'. 'The' '.is 'provided with a. gear, hereinafter described'in detail, securely vfastened thereto, surrounds the bearing-block or hub I', thus preventing vernpper end of ah sleeve or member J' is provided with a bushing M', having a lug i," extending outwardly therefrom, said-lug passing'into a longitudinally-dis osed slot ."'or opening O' formed in the shel or guard 'l". Said-shell or guard` is'pin-jointed or otlvierii'ise secured to a sleeve or casting Q', haring alaterally-project-ing shoulder or flange R" adjacent to its lower end. *A pipe -S' Vis secu-redin mediating-Q', and extendsdownwaidlyv therefrom, [passing through thei fbushin-g' M "fand into the tubular. sl'eeve'or` member J. Said pipe S' is provided with l.

shoiilderor enlarged portion S which, when the spindles are elongated or the teleseoping jmefinber raised, 'enters thelower portion of joint as the spindles are raised.. This conthe spindle when the parts rare being raised and are in their elevated positions, at lwhich time only it is designed that the water shall be forced through the spindles by air-pres: sure. Securely mounted in the uppereiid ine at its ii'oner end a spirali -disoosed briish U', thier/spindle being pciyforatiid as shown at U, Fig. 4 adjacent to the brush inlorder to -permit the water forced there- .through by the air to ass out upon the brush or against the bott.e in order to thoroughly cleanse the bottle. It is manifest that any desired form of brush or Acleaning device may be used in conjunction With'the spindlesthe outer faces of the bottles are best shown in Figs. 22 and 23. The lower portions of the-spindles are the. same as those firstdescribedin connection with the interior spindles, with the exception that the water tubes and air pipes are omitted. The upper end Vof each spindle carries a tube T4, provided with a flanged collar U, said collar forming a seat for the lower reduced ends of the brushseetions V, ivhich surround the member T. The upper end of said member T* is threada 'downwardly-extending flange is screwed upon the threaded end and ts over the reduced upper ends of the brush sections. The lower portion of the brush, formed by the sections V, will preferably be provided with bristles of a length greater than those -upoii the upper portion'ol` the brush. This will enable the brush to actupon the necks of the bottles. The sleeve or hcasting Q' of each of the spindles passes through a lthreaded bushing V', secured in a plate lVf, and .a nut or threaded collar X is mounted upon the upper end ofthe member Q', thus' securing the outer movable telescoping portion of the spindle to the' spindle-elevating plate W". The connection, however, permits rotation of the spindle in the bushing V', and this rotary movement is imparted by the gear to the sleeve J', thence through the lug N to theouter shell or guard P', and tnrou'gh it to the sleeve or casting Q', to the pipe S and. spindle T carried thereby.

The manner in which the spindles are geared and driven is shown in detail in Figs. 4 and 5. A counter-shaft Yis mounted at, v one end of the machine (see Figs. 3 and 5), `said shaft carrying. a pair of bevel gears A2, B", which mesh with corresponding gea-1s pair of horizontally-disposed shafts-'17?,r F

in turn, meshing -vrith bevel pinions 2, K2,

the lbushing M and forms a relatively tightv The spindles and brushes which act upon C2, D2', mounted upon the outer -ends of a Figs. 4 and 5) extending through `the struction pre-vents the escape of water from l of the pipe Sv' is a hollow spindle T carryed and a threaded collar U, provided willi L2, mounted upon the lower end of the altei-nate spindles' in the, outer'series of spinnate oliter'.brush-spindles.

dles which pass in between the bottles, or thoser which work upon the outer faces of the bottles.v Rotary motion is thus imparted to said spindles and by the employment of fgears M", mounted abovethe bevel gears J2,

K2, L2, rotary motion is imparted to the remaining spindles, through the agency of 'wears N2 elonvatedvears O2 and the relb 3 D D atively large gears P2, carried by the alter- Said gears P2 lie in a lane above the gears M2, N be readi y seen upon reference to Fig. 4, and

the elongated gears O2 form intermediate driving connections between the gears M2 v amount of friction as much as possible and and the gears P2.

In piacticevit is vdesigned to have the chamber D filled with oil, so that all the gears may run therein, thus reducing the preventing the entrance of water to the gears andconsequent corrosion of the parts.

lVith the gearing thus constructed the 1nner and outer spindles will berotated in reverse directions, and each spindle carries a gear at its lower end, the gears differing 1n size and shape according to the positions of the spindles.

As' before noted', the' spindles carrying the brushes which act upon the outer faces or' the bottles do not extend down into the wa- 'ter chamber (see Fig. 4) and in order to supply `vater to such brushes and to the outer faces of the bottles I employ perfo- I l rated pipes V5, (as shown in Fig. 3), which spray the outer brushes and the bottles with water.

In order to properly .position the spindles with reference to the bottles, the s indles are raised or extended in a manner ereinafter described. It is 'designed to provide, a

mouth-piece to place each bottle in position,

and also a guide or funnel-shaped member to introduce or direct the spindle-end into the month of the bottle. To this end I provide a plate Q2, hereinafter termed the mondi-piece platefwhieh as will be seen upon reference to Fig. 6`is of lattice form,

threaded openings being mede et the points of crossing of each of the members which form the plate, and into which threaded -cpenings are screwed the inverted funnel- 'peo shaped. castings R2. These castings stand in direct alineinent with the spindles which are designed to pass into the months of the bottles. the other spindles passing through openings left in they plate Q2 between the cross-bars thereof and between the bottles. The upper oud ofA each casting or funnelsha-ped member R2'. whichextends slightly above the mouth-piece plate Q2, is provided with an undercut' groove or channel ad jacent to the upper face of the platte Q2, and n series of outwardly-bent fingers S2 2, as will (preferably-four in number) is arranged about said casting, the lower nturned ends of said fingers passing into the groove and bein held in position by a rubber rin T* whic is passeA round the ngers at teir lower ends, as is most clearly, Shown in 4 12. The bottles, of course, may-vary 1n size, and the o enings inthe lower ortion of the racks which support the bott es will also vary slightly, but must be sufficiently large to permit the bottle-neck to pass therethrough withoutdiiiculty..

As the plate Q2 is raised, the outwardlyextending fingers Sz (which as above noted are `yieldingly mounted) serve to protect and guide each 'bottle-mouth; and -to tilt the bottle so as to bring the opcningtherein into direct alineinent with the opening in the upper end of the funnel-shaped casting R2. This position is shown in Fig. 12. Castin R2 likewise serves to deflect the bristles o the brush and to cause them to pass infothebottle-mouth without dilhculty. lYere'itatn tempted-to pass the spindle-brush directlyI into the month of the bottle hwithout first.' bending down or deecting the bristles, didieulty might arise and the bottle be thrown ont of line with the spindle, thereby causing the spindle to be broken or the bottle to be injured by the spindle-end coming into Contact with the edge of the bottle-mouth. The construction herein shown properly positions the bottle and ermits the spindlebrush to ass into the E culty. T e yielding fingers likewise give sutliciently to prevent the bottles from being chipped or o'therwise injured, and at the same time grip the bottle-mouth and press the bottle upwardly against the angle-bar N, thereby preventing rotation of the bottle.

The mouth-piece plate Q2 is normally drawn up toward the mouths of the bottles.

' contract` while affording a cover therefor at all times.-

Extending downwardly from the plate Q? are rods Z2. passing through elongated hubs A. formed upon the spindle-raising and. loweringY plate W. The lower ends ofthe rods Z: are provided with nuts B3 which bear' against the lower ends of the hubs. Thus, as plate W"is lowered it comes into contact with the nuts B3 on the rods Z2 and dra ws the mouth-piece plate .down` and elonottle without difti. n

las

which are 958,056 v ,Y v:3

ates the springs U2. Immediately the plate Y begins to move up with the spindles, the

` e springs U:v raise the mouth-piece plate and carry the mouth-pieces into direct'- Contact with the mouths of the bottles, raising them to a uniform -levcl'- against the overlving i :'mgle-bar'N, the diference. in length of the bottles being taken -up in the mouth-pieces.

Plate W continues its upward movement af. ter the mouth-pieces come into Contact with `the fbottles, lindependent of any further movement of the mouth-piece Aplate Q2, and

i 4 .the hubs A3 slide upon the rods Z2, as indicated in Fig. 2.

By the use of this construction bottles of.

dierent lengths, `sut-h as quarts and pints,

' or all quarts." A series of short bottles is` may be treated in the same Amachine without any particularadjustment of the parts, said parts being in effect self-adjustable. It is customary, however, to place bottles of one size Vineach rack, as, for instance, all pints shown in the two racks to the left in Fig. 17, rwhile longer bottles are shown 1n the rack to the right in said figure.' Bottles o'dif- `ferent lengths are likewise shown in Fig.- 2,'

wherein the relation of themouth-piece plate to the restY of the apparatus is clearly illustrated.

In other -words, the mouthpiece late will adapt ltself to Various lengths of oottles, while the spindles haie a rapid up` rand`down motion independentof any particular rang-e "of movement of themouthpiece plate.

In order to eiicct the raising and lowering of the spindle-carrying plates W', the fol- Y each r l shaft K (of whichthere are two) is pro? 'ided with' an inwardlyprojecting crank- A arm L, which in'turn isconnectedto a cross'-l bar M3 by links N. Said cross-bar isad- "the yoke, and by `which the. yokeand attached parts are lifted, when ,the rods are elevated. Saidrods E3 nass through suitable guides G3 secured tothe frame so 'as to insure a true vertical movementthereot. in'

order to effect the raising and iowering of the. rods and consequently the raising and lowerinor of the spindle-frames, I attach to (by'means of a block H3 pinned to the rod), an adjustable link or pitman I3. The upper end of each pitman is connected to an arm J3, mountedupon and extending outwardly from, shafts K3 secured upon the;l

upper portion of the framework. Each Q and connecting bars Il and S, `The lowermost yoke Q3 has attached to it a downwardly-extending rod T, which forms the support for a weight U. The upper member` or yoke P3 is provided with a roller V and the lower yoke Q3 has a similar roller '3. 75 A vcam X3,of the form best shownin Fi 16, works Within the 'frame and issecurer l mounted upona shaft Y, to which motion is'impurted-l through a worm gearZf and a worm A4. Said worm is mounted upon a shaft B, said. shaft likewise carrying a driving pulley C4, and a sprocketwheel D*x about which-passes a sprocket-chain E", said. chain rlikewise passing about a sprocketwheel D5. mounted upon shaft Y. CamA X3 35 carries a roller F* which standsV in line with the yokes, the effective body or Working portion of t'he cam standing out of line with the A yokes but in line'with the rollers V? and 1W, l

rotated, roller F* 'first comes into contact.. With'yoke Piland as the roller passes out of contact with the endsef the yoke the'working face of. the cam. comes 'intoI contact with the roller V3, so that the .cam and yoke are in rollin'y contact with eachother at allftimes.

A rame, .comprising 'an upper yoke G4,- Y 'a lower yoke H4, and connecting .bars lf3-JQ is -arranged 'adjacent to the frame just Vregferred to (see Fig. 13) and a cam Kf mountv 10o' 'ed upon shaft Ya works in conjunction with I this frame?. The cam' and frame are pro-.

vided with antifriction rolls, Vas above de' scribed. Extending upwardly from the yoke G4' is a rod L4, passing through a guide M*l 105 projecting outwardly from the yoke and carrying at its upperenda rack N* which meshes within a pinion O* mounted on the shaftW to which the sector gear-V is-'secured. v'A guide rod P* is carried by: the V110" lower yoke H?, said rod extendin through a fixed portionof the frame an preventing lateral displacement of .the frame of which the yoke forms a. part', whenitis be?. ing acted on by the cam. f 115' held in thatv position for a quarter of a revolution ofthe shaft YB, while the other cam is elevating the second fra-me, and the'samel1 20 action is efected as the frames are lowered. This causes the racks to be advanced while the spindles and'mouth-piece plate are in their lowest positions, the racks being adr'anced the full amount or from one set of 125 spindles tot-he other.` At themoment -the crank-advancing mechanism reaches its "lim-it ofi forward movement the spindles are" elevated.

Inasmuch as the second series 'o f spindles 130 he cams- X3 and K areso timed that i when )ne of the cam frames is elevated it. is A i of apparatus shown herein, the outer guard are not designed' to be rotatedin the form'- P' has been omitted and the spindles are i accordingly telescopic, the upper members of wl1ich are attached to and carried by the spindle-frame. It is conceivable, of course,

, that theyvmight be constructed exactly as the washing spindles and the same gearing employed to impart rotary motion thereto.

In Fig. 241 I have shown a detail of a nozzle for the upper'ends 'of the s ra ing or washing spindles. The upper en o the tube is provided with a conical seat a, and a plug having anpinverted frus'co-conical face b, with a stem c extending downwardiy therefrom, is mounted in the upper end of the tube. The stem is slotted an throughpin d holds the plug in place, allowing it to move upwardly to a limited extent under. the ressure of the water and air'. 'I e operation of, the apparatus is as fol lows: Assumin` that a number of racks have been introduced into the machine, as shown in the drawings, and further that the earns en age-the racks an are in the positions shown in Fig. 13, the sector gear Vwill be rotated and cause an advance movement of the bars P and trough-shaped -member O, the tiretl more ment of bars P drawing hooks Q down into the positions shown in Fi 17,'where they Avorwar ly. After they have been moved the required distance the rods Ea are elevated. The upward movement of these rods carries the frames which support the plate W' or spindle plates upwardly. At the same time, sp1-ings U-2 wh1eh were elongated or under tension will draw the mouthpiece plates Q2 upwardly until the mouthpieces come `into Contact with the hotties, raising them against the overlying anglebars N. Said plates Q,2 will then come to rest., and the 'spindle-carrying plates Y will continue their upward movement, the

rods Z2 passing through the hubs A3. The

arts will then occupy the positions shown '1n Fig. 2, certain of the spindles having passed up into the bottles while the remainder will occupy the spaces between the bottles and act u on the cuter surfaces thereof. The spin es will remain elevated during one quarter revolution of the shaft Y, the inside revolving spindles thoroughly scrubbing the inner faces of the bottoms of the bottles. During this period' the Incl;-

` advaneinfr mechanismis moved rearwardly.

The spindles also remain in an elevated position until the cam X3 begins to move the post Oa upwardly land through the connections above described cause a downward .movement of'the rods E3, which will have the 4effect of again lowering the spindle car-Failing plates.

' e mouth-pieces remain in contact with the bottles until the lower ends of the hubs move the same A.s aga'mco'me into contact with thenuts B3 .mounted upon or carried by the lower ends of thevrods Z2, when the continued downward movement of plates IV will draw the mouth-piece plates Q2 downwardly away from the bottle-mouths, placiiwr the springs U2 under tension. .The rac advancing mechanism then comes into action and the operation above outlined is repeated.

It is to bev noted that with a machine constructed in accordance with the present invention it islliot necessary that the bottleracks be raised or lowered, but only the comparatively light spindles need be elevated.'

By the employment ofthe combined air and water chambers much more elective results are obtained than if water alone be forced through thes indles. The combined air pipe and water tu emay besaid to form an 1n]ector, and. byactual use and tests it has been demonstrated that the water is forced through the spindles in a much more conjunction with a bottle-soaking or like machine, such for instance as that shown in my Patent No. 792,010, dated June 13th,-

1905, the application for which was copending herewith. When thisisdone, it is only necessary `to extend the tray-supports or tracks from one machine'to the other, and

4to make the rack-advancing.mechanism coextensive therewith. Both machines may be driven from a common source.

No claim is made herein to the combination, generically stated, of means for holding a series of bottles, a series of spindles arranged to enter the bottles, a second series of spindles adapted to passbetween the bottles and to'act upon the outer surfaces thereof, means for moving the' spindles into and out of operative relation with the bottles, and means for rotating the spindles, said vcombination forming the subject-matter of claims embodied in my Patent'No. 947,151, dated` January 18, 1910.

I claim is:

l1. In a machine for washing bottles, the eombinatiouof means for holding a series of bottles; a mouth-piece plate movable t ,'.vaid

Y and from Vthe bottles; mouth-pieces carried by said plate; means for moving the plate and thereby bringing the mouth-pieces into contact with the bottles; a series of spindles arranged in line with the mouth-pieces; and

`L20 Having thus described my invention, what .4^ bottles; means for rotating the spindles; and

dles.

' "catiiig thespindles andy causing them to pass `f into and out of the bottles; and connections 'interniedlate said means and tlieaiioiith-picce 7 combinationy of a suitable track. or way'adapt- Y into contact with" the mouths of the bottles movedY out of operative relation with the' combination of means-for holding a .series bottles; 'mouth-piece 'pla-te.; a. series of Valong said'way;"a mouth-piece plate; a.se` "ries 'of' mouth-pieces carried thereby; means Y a j 956,056

`means for moving the spindlesinto and 'out Vof the bottles.

2. In :i1-machine for washing bottles, the.

of bottles; a mouth-pieceplate; a Aseries of month-piecesl carried thereby; means for moving the plate and thereby bringing the mouthiecesinto contact. withthe mouths of the iottles; a seriesA of spindles; means for -movingtlie spindles into and out of the means -for forcing water through the spin- Ina machine for washing bottles, the combination'fof means for holding a series of month-pices ,carried thereby; means for normally elevating said moutli-piecesand drawing them into Contact with the mouths of the bottles; a series of spindles arranged in line with tliemonth-pieces; n'ieans for recipre- ,plate for drawing saidplate out of contact of bott-les; ra mouth-piece plaiaga series of spindle'sendwise into and ont of the bottles;

5. In a n iachineor wasliingbottles,'tlie edand arranged `to support a bottle-holding rack; means to periodicallyadvance the rack serving normally to draw the mouth-'pieces and to thereby properly position 'and Ahold the same; a series of spindles; means. for' moving said spindles endwise into and out of operative relation with the bottles;A and connections-interinediatesaid means and the mouth-piece plateA for withdrawing said plate and -thereby the mouth-pieces from Contact with theb'o'ttles as the'spindles are 6. In a' machine for washing bottles, the combination-o a suitable frame; a track or `way' carried'- thereb'y and adapted and arranged to' support a bottle-holding rack; means for periodically advancing the rack along theV way; a mouth-piece plate; a series of mouth-pieces carried- `thereby; means serving normally to draw the monthlpieces into contact with the mouths of the bottles: aseries of spindles; means for raising and loweringr said spindles into and ont ot' operative relation with the bottles; means for rotating said spindles; and taninections intermediate said in cans and the mouth-piece plate for withdrawing the month-pieces from the botsr tles as the spindles are brought out of opera- .tive relation with the bottles'. 7. In a machine-for washing bottles, the

l(,onibination of a suitable frame; a track or way carried thereinV and adapted and arranged to support a bottle-holt'ling rai-k; means for periodically advancing said rack; aserics of spindles; means for moving said spindles endwise into and out of operativo relation with the bottles while the rack-ad- 'ancing means is -at rest; a n'iouth-piece plate; mouth-pieces carried thereby; means for normallyv moving said plate into opcra.

tive relation with thc bottles carried by the rack; and connections intermediate said mouth-piece plate and the means for operating the spindles for drawing the' mouthpieees ont of Contact with the bottle. mouths as the spindles are-v carried out.of operative relation 'with the bottles prior to the forward movement of the rack through the machine'hy the ,l operation of the advancing means, substantially described.

-SfIn a machine for washing bottles. the combination. of a suitable frame: a' track or way carried-thereby and adapted and arranged to:V support a series of bottl -.liolding racks; a series of ii'ash-ing spindles; a series of rinsing spindlcsz'mcans for raising and lowering said spindles into and out of operatii'e relation with the bottles carried by the racks; and-means for advancing the racks along thetraclt'o'r-way from one set of spindles to the other, said means coming into operation while th spindles are lowered, substantially as described;

9. In a machinelforwashing bottles. the conibinationofa' suitable frame; a track or .way carried therebyand adapted and arranged to siipp'ort a sries `0f bottle-holding racks; aY series of Washing spindles; a series ofrinsingspindlcs; meansv for periodically raising loweringsaid spindles; a mouthpiece plate; a series of mouth-pieces carried thereby' meansY for normally drawiiw said a 7 a D mouth-pieces'into contact with theinouths" of the bottles; connections intermediate said mouth-piece plate and the means forraisiug and lowering the spindles, and ,serving to withdraw the mouth-pieces from contact with the bottles when the spindles are .low-

ered;.and means for advancing: the. racks along the track or Way when the. spindles are in their lowered position. Y

10. In a machine for washing' bottles, the combination of a sLitable trame; alti-ack or way carried thereby and adapted to support a series of bottle-holding. racks; a series'of teleseoping spindles; means for supplying water to said spindles; and means for raislng and lowering the upper telescopmg pormovingl said plate tions of the spindles to carry them into and ont of operative relation with the bottles.

11. In a machine for washing bottles,` the fcombination of a suitable frame; a track or and. out of operative relation with the botf ties; a mouth-piece plate; a series of mouthpieces carried thereby; means for normally towards; the bottles: and connections intermediate said plate and the spindle-movin means for moving said plate and `drawing t e mouth-pieces ont of contact with the bottles asthe spindles are lowered,

` j substantially as describe 1Q. In a machine orwashing bottles, the

i combination of a suitable frame; a track or way carried thereby 'and adapted and arranged to support a bottle-holding rack; -a series vof 'telescoping spindles; means Afor forcing water through said spindles; means for rotating the spindles; means for raising and lowering the .upper telescoping portions of the spindles to carry them into and out of operative relation with the bottles; a mouthpiece plate; a series of month-pieces carried thereby; means'for normally drawing the mouth-pieces into'contact with the bottles;

and connections intermediate said mouthplece plate vand the means for raising and owering the spindles, said connections serving to withdraw'the' 1nontl1picces`from the bottles as the spindles are lowered.

i3. In a machine for washing bottles` the.

` combination of a suitable frame; a track or way mounted thereon and adapted and arranged to sup ort a bottle-holding rack; a 45 mouth-piece p ate; a series of mouth-pieces carried thereby; and yielding means for drawing said contact. with the bottles, whereby the plate and mouth-pieces may adapt themselves to bottles of different lengths, substantially as described. A

14. In a machine for washing bottles, the combination of a suitable frame; a track or Way carried thereby and adapted and arranged to support a bottle-holding* rack; a month-piece rate; a series of mouth-pieces carried there y; means .for yieldingly moving sai-d plate. toward the bottles; means for withdrawing said mouth-piece plate rom the bottles; and means for advancing the rack along the way when said month-piecesare withdrawn,-

15. En alaach-ine for washing bottles., the l oombinationof a suitable frame; a track or plate and mouth-pieces mto ranged to support a bottle-holding rack; a mouth-piece plate; a series of n'ionth-pieces carried thereby; Springs connected to said month-piece plate and lo a fixed portion of the frame and normally tending to draw said platev upwardly into contact with the bottle months; a seriesr of telescoping spindles; means for forcing ,water through said spindles; a plate connected to the upper telescoping portions of said spindles; means for raising and lowering said plate; and connections intermediate said plate and the mouth-piece plate and adapted and arranged to more said plate downwardly when the spindles are lowered to their greatest extent.

16. In a. machine for washing bottles, the combination of a suitable frame; a tracker way mounted thereon and 'ada ted and arranged to support a bottle-hoi ing rack; a mouth-piece plate; a seriesI of month-pieces carried thereby; springs connected to said the framel and normally tending to draw said plate upwardly into contact with the bottle-mouths:l a series o f telescoping spindles; means for forcing water through said spindles; a plate connected to-the upper telescoping portions of said spindles; means for raising and lowering saifl late; connections intermediate said plate an the mouth-piece plate and adapted and arranged to move said plate downwardly when the spindles means for rotating the spindles.

17. In a. machine for washing bottles, the combination of a suitable frame; a track or l way carried thereby and adapted and arg ranged to supporta series of bottle-holding g racks; and means for advancing the racks g along` said way, said means comprising two i longitlldinally-movahle' members, hooks pivotally connected to said members whereby l the members '.nay be inoved longitudinally E relatively to cach other, and means for imf parting moion to one of said members, I whereby 'one member will be moved to a slight extent independent of the other.l and '.both members will then move orward together. I

18. In a machine for washing bottles, the i combination of a suitable frame; a track or way carried thereby and adapted to support a series of bottle-holding racks; and means for advancing the racks, said means com mouth-piece plate and to a fixed portion of i are lowered to their greatestextent; and4 porting said hooks to cause them tov project i downwardly into the path of travel of the racks as the parts are moved forwardly in one direction and to he withdrawn out of the path of travel of the racks as the advancing mea-ns is moved in the opposite dil rectiom' l 19. In a machine for washing bottles, the i, combination of a suitable frame; a track or way mounted thereon and adapted andar-'l way adapted and arranged to support a se- 13( ries of ybottle-holding racks; a supporting --l`nember overlying the bottle-racks; means for supportingsaid member; a series of -hooks pivotally connected to said member; a

member pivotally connected to the upwardly-extending Yends of the hooks; a spring tendingV normally to move said member endwise and to rock 'the hooks upon their fulcrunis or pivotal connections on the supporting memberto vthereby elevate their fdownwardlysprojceti-iig ends; and means for a plying power to the member connected to 1t e upper ends of the hooks, whereby said /1 way carried thereby and adapted and ar- A member will be moved"independently of the iower: supporting member to a slight. extent in order to raise or lower the hooks according to the direction of movement and to then l advance tlie mechanism as a whole.

20. In a machine for wash'ng' bottles, the combination 'of a suitable frame; a track or ranged to support a series of bottle-holding racks; and meansl to advance said .racks along the waysai l means comprising a trough-shaped member carried bysuitable brackets secured to the frame, aseries' of vhooks pivotally secured to said troughshaped member the lower ends of the hooks extending downwardlyr through openings formed in the bottom`of the trough-sha ed member, a air of bars pivotally secure tol the' upwar ly-extending ends of the hooks,

al brackft projecting upwardl from .the trough-shaped mem er,- a ro extending outwardly from the bars aiid'passing freely through 'said bracket, a spring surrounding the rod and serving normally to draw the .saine ina rearward direction, a rack secured combination of i suitable frame; a track or way' carried thereby andv adapted and arranged to support' a series of bottle-holding racks; a series of telescoping spindles; means for raising'and lowering the upper portions of said spindles; a series ofears carried by the lower` ends 'of the spin les; and means .for im arting motionto'said spindles.

22. n a machine for washing-bottles, the

combination of a suitable frame; a track or way. carried'thereby and adapted and arranged to supportl a bottle-holding rack; an oil chamber formed in the lower portion of the frame; a series of telescoping spindles -inounte upon said chamber; a series of ears carriedby the. lower end of the spin- Gp les; ireans meshing with said gears for causing the rotation thereof and. rotation of the s "indles; andmefnfs" for raising `und lowering telescoping portions of: the.-

spindles."

i l5 '23. In a machine for washingibottlcgthc f combination of a suitable frame; :i track or way carried thereby and ada )ted and ar yranged to support a bottle-holding rack; a

base for the frame in which is formed-v an air chamber, a water chamber, and ani-oil chamber; a series of telescoping s indles mounted upon theA base, each spindle aving a fixed tube which extends into 'the Water cliamber,`a tube 'extending from the 1 air chamber into the tube in the water chamber,

kanda. driving sleeve J mounted intermediate the telescoping portion of the spindle and theixed tube which extends from the waterchaniber; a gear carried by each of said driving sleeves, said gear being located i within the oil chamber; and suitable gearing likewise mounted in the oil chamber for imparting motion to the gears carried by the sleeves, substantially as described. i

24. In a machine for-washing bottles, the combination of a suitable frame; a` track or way carried thereby and adapted to hold a bottle-rack; a mouth-piece plate movable toward and from the bottles carried b said rack; a series of mouth-pieces carried y the plate, each mouth-piece comprising an inverted funnel -shaped member having a groove formed around its upwardly-projecting 0nd,' a series of out\\'ardlyextending lingers, the lower ends of .which are seated in the groove, and :inelastic member surrounding the lower ends of the fingers adjacent to the upwardly-projecting portion of the funnel-shaped member; a series of spindles; -and means fer raising and lowering said spindles into and out-of operative relation with the bottles carried by the rack.

25. In' a machine for washing bottles, the combination of a suitable frame; a track or way 'carried thereby and adapted and arranged to support' a series of bottle-holding racks; a series of telescopin spin lcs; a plate connected to the upper te escoping portions of said spindles; a frame forsupporting the' plate; ide rods to which' said frame is attache a power shaft; a pair of ca ins carried thereby; a frame working in ics each other; connections interme iate one of said frames and the guide rods; means for advancing the racks along the way; and connections intermediate the 4second cam frame and said means.

26. In a machine for washing bottles, the combination of' a main frame; a power shaft carried thereby; a Worm mounted upon the shaft; a worm gear meshing therewith; a shaft driven by the wurm ear; aair of cams mounted upon said shaft; a rame working in line with each of saidl cams, they cams `being so set as to 'move the frames in o position to each other; a track carried by Le main frame. and adapted and arrangedtosupport s series of bottle-holdiso' v10 Y combination oa suitable base provided with frames and. said means for imparting a rehollow s indie opening into the Water cham- Within the water, whereby water will be y vdrawn into the spindle and ejected there- -vinto the spindle, substantially as and for ingraens; means for moving said racks; connections intermediate one of the cam cigirocatory movement to the means; a series o telescoping'spindles; a late connected to the telescoping portionsofpt-he spindles; and connections intermediate said plate and the second cam f"ame for raising and lowering the plate, substantially as described.

27. In a machine for washing bottles, the

a Water chamber and an air chamber; a

ber; an a tube extending from the air chamber 1nt0 the loafer end of the spindle, said tube servingr to direct air under pressure the purpose described. f

28. In a. machine for washing bottles, the

combination of a' water chamber; a hollow spindle `opening into the same; and means for injecting air into the end of the spindle from, substantially as described.

'are applied to thebottles, to was 29. In a machine for washing bottles, the combination of a spindle; a Water supply for the spindle; and a compressed air su ply for the spindle, wherebythe waterwill e ejectcd from the spindle inthe form of a s ray.

30. In a machine for washing bott es, the combination of a hollow chamber; a hollow spindle opening into the sameymeans for the same.

In testimony whereof I have signed my name to this specification in the presence of two subscribing witnesses.

i OTTO EICK.

Witnesses:

HOWARD E. Cause, HARRY R. UHLLER.

and rinse 

